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<p>Created page with &quot;{{TUEWAS ToolboxDB |TUW title=Electric vehicle charging guide for cities |TUW author=Hall, Dale; Lutsey, Nic |TUW year=2020 |TUW entry=Study Report |TUW category enabling=Enab...&quot;</p> <p><b>New page</b></p><div>{{TUEWAS ToolboxDB<br /> |TUW title=Electric vehicle charging guide for cities<br /> |TUW author=Hall, Dale; Lutsey, Nic<br /> |TUW year=2020<br /> |TUW entry=Study Report<br /> |TUW category enabling=Enabling Distributed Technologies<br /> |TUW enabling electric=Electric vehicles<br /> |TUW categories=Enabling distributed technologies<br /> |TUW username=Hector<br /> |TUW file=030_Electric vehicle charging guide for cities .pdf<br /> |TUW url=https://theicct.org/publication/electric-vehicle-charging-guide-for-cities/<br /> |TUW abstract=Global electric vehicle uptake has grown an average of over 60% per year from 2013 to 2018, to about 5 million light-duty electric vehicles on roads around the world. Public charging infrastructure has also grown an average of over 60% annually over the same period, reaching 600,000 charge points at the end of 2018. However, there remains considerable uncertainty around the ideal amount and type of charging infrastructure needed, and how to finance and manage the charging network. This report summarizes research and trends in the top electric vehicle markets around the world.<br /> }}</div>

Hector Alfaro